System and method for collecting and disbursing electronic gratuities

ABSTRACT

The present invention relates to systems and methods for collecting and disbursing electronic gratuities. According to one embodiment, a device for submitting gratuities by credit card is provided at a place of business or other appropriate location. A method of using this device is disclosed, whereby consumers pay a predetermined or adjustable gratuity amount by inserting a credit card into the device. According to another embodiment, technological infrastructure is provided to transmit encrypted payment information such that the acquiring bank of the device provider obtains authorization for gratuity transactions conducted using the device. The acquiring bank is thus enabled to credit the device provider&#39;s merchant account or disbursal accounts with electronic gratuity payments less acquisition fees. According to another embodiment, a method of disbursing gratuity shares to employees of the business is provided, wherein processing fees are collected by the device provider.

FIELD OF THE INVENTION

The present invention relates to a system and method for collecting anddisbursing electronic gratuities. According to an embodiment, thepresent invention may be used in environments such as retail locations,with tips disbursed to service workers based on shifts of work; otherservice environments such as salons or valets, with tips left forspecific employees; and charities, with collections going to one centralrecipient.

In one aspect, the invention includes a device for submitting gratuitiesby credit card that is provided at an appropriate location, such as abusiness or charity solicitation point. The invention provides a way forconsumers to easily and conveniently submit gratuities of apredetermined amount without handling cash, signing a draft or evencommunicating with an employee of the business. Secure credit cardtransactions are mediated by the acquiring bank of the device providerand the card-issuing bank, and electronic gratuities may be ultimatelydeposited in the business's or employees' bank accounts less anyprocessing fees that may be debited by the device provider. An on-lineinterface is also provided to enable the business or employees to trackgratuity transactions and manage disbursement of gratuity deposits.

BACKGROUND OF INVENTION

Tip jars are an essential means for compensating workers in manydifferent industries. Tips boost company morale, supplement workers'wages, and give customers a channel through which to show theirappreciation for good service. For service-orientatedcompanies—companies for which tipping is a central aspect of thecustomer's daily experience—employees are the face of the company tocustomers and almost completely dictate customer satisfaction. Over thepast 15 years, tip jars have found their way onto the counters of manyestablishments that customarily would not have solicited tips from theircustomers including coffee shops, delis, fast food restaurants, retailstores and other for-profit businesses and non-profit organizations.Additionally, cash collection receptacles resembling tip jars in formand function are also widely used by charitable organizations thatsolicit small donation amounts from passers-by.

Meanwhile, credit card companies have ceased requiring signatures onpurchases under $25, and consumers have become increasingly comfortableswiping on the go. In fact, billions of dollars are spent on productsand services costing $25 or less, such as fast food, magazines,manicures, etc. As credit cards have become the standard method ofpayment for even the smallest and most casual purchases, the technologyused for small cash gratuities has not kept up with the paymenttechnology in consumers' pockets. With less spare change and small billson hand, consumers have no easy way to leave gratuities to counterretail employees; tips to hospitality, salon, or valet employees; anddonations to charities or cultural institutions that solicit frompedestrians, among others.

Increased use of credit cards for small purchases alongside increasedreliance on tip jars to incentivize and compensate service workersreveals a distressing picture. Together, these trends mean billions ofdollars of uncollected tips—tips customers would likely leave if tippingtechnology caught up to payment technology—tips that could be going intoworkers' pockets and, ultimately, into the economy overall. Accordingly,there is a need for a technological innovation that allows consumers toperform small gratuity transactions with credit and debit cards.

SUMMARY OF INVENTION

The present invention meets the long-felt need for seamless electronicgratuity technology. The invention is embodied in part by a systemincluding a credit or debit card-reading device, hereinafter referred toas an Electronic Gratuity Device (“EGD”), wherein the “Gratuity” may bea tip, charitable donation or any similar monetary gift that is not apayment for goods or services. The EGD utilizes an electronic bankinginfrastructure for authorization, execution and tracking of transactionsinitiated as it reads consumers' cards. The EGD may be located at apoint of sale or point of service of a business or non-profitorganization. The organization whose employees or volunteers aresoliciting gratuities will be referred to as the EGD contractor. Theinvention also provides methods of use and operation for the EGD system.

In one embodiment, the invention provides a system for collecting anddisbursing electronic gratuities comprising a server configured tostore, organize and transmit information relating to one or moregratuity transactions, and an electronic gratuity device configured tocollect and transmit gratuity transaction information to the server.

In another embodiment, the invention provides a method of collecting anddisbursing electronic gratuities comprising the steps of:

-   -   a. providing access to a server configured to store, organize        and transmit gratuity transaction information,    -   b. providing an electronic gratuity device configured to collect        and transmit gratuity transaction information to the server, and    -   c. electronically linking the server to an acquiring processor,        wherein the acquiring processor is linked to a card-issuing        bank, the card-issuing bank is linked to a receiving account        such that gratuity transactions conducted using the device are        processed, and gratuity funds are deposited in the receiving        account.

In yet another embodiment, the invention provides a method of collectingand disbursing electronic gratuities comprising the steps of:

-   -   a. providing access to a server configured to store, organize        and transmit gratuity transaction information,    -   b. providing an electronic gratuity device configured to collect        and transmit gratuity transaction information to the server, and    -   c. providing a prepaid debit card, wherein using the pre-paid        debit card with the electronic gratuity device generates        gratuity transaction information.        The invention also provides a device used in accordance with        either or both of the methods described above.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a diagrammatic illustration of an integrated system and methodof establishing the system according to an embodiment of the invention;

FIG. 2 is a flow chart illustrating a method for EGD contractor andemployee registration according to an embodiment of the invention; and

FIG. 3 is a flow chart illustrating a method for processing EGDtransactions according to an embodiment of the invention.

DETAILED DESCRIPTION OF THE INVENTION

The present invention provides a method of collecting electronicgratuities and a system used to implement this method. FIG. 1 shows anoverall, integrated system and method for collecting and disbursinggratuities according to one embodiment of the present invention. Themethod of FIG. 1 includes providing one or more EGD 1 (step 100) atappropriate locations, and providing the electronic bankinginfrastructure 2 (step 101) necessary for processing credit or debitcard transactions using the EGD. According to this embodiment, thebanking infrastructure may include a card-issuing bank 3, an acquiringprocessor 5 and the EGD provider's bank account 4—i.e., a receivingaccount. It may also include the EGD contractor's bank and/or affiliatedemployees' accounts 6—i.e., a disbursal account.

The method of establishing an EGD system may include providing at leastone server 7 (step 102) and a website 8 (step 103). Servers storetransaction information and EGD account information needed for propermanagement of funds collected at EGD locations. System servers 7 alsosupport the web interfaces 8 which the EGD provider, EGD contractor andgratuity-collecting employees use to manage funds collected at EGDlocations.

EGD Design Specifications

The EGD is a card-reading device 1 located a point of sale within abusiness or other appropriate location. It is able to process gratuitytransactions, which are one-step payments at a pre-set or adjustableamount—e.g., 50 cents, $1.00, or even up to the maximum chargeablewithout providing a signature—from customers or other givers who chooseto leave a gratuity by credit or debit card. In one preferred embodimentof the invention, the EGD possesses a card slot 9 for insertion ofstandard-size credit and debit cards having magnetic stripes. In otherembodiments, the EGD may be configured to accept payments made by cardswiping or touch-and-go card waving. In still other embodiments, the EGDmay be configured to accept payments using mobile phones and otherpayment platforms, such as near field communication, quick responsematrix codes, barcode scanning, and/or radio frequency identification.

The EGD may be electrically powered via an AC power cord 10. Accordingto another embodiment, the EGD may also be powered by inserted batteriesor an integral rechargeable battery. The body of the EGD may display agratuity amount. In one embodiment the EGD may have a control panel 11including a display, touchscreen, buttons and/or dials that permit usersto adjust numerous EGD functions. In one embodiment, the EGD may beprovided with a plurality of buttons, whereby touching or depressing agiven button sets the gratuity payment amount at a particular monetaryunit, e.g., $1.00-, $2.00-, and $3.00-buttons. In yet anotherembodiment, the control panel 11 may include a microphone and associatedhardware and software for receiving voice commands. The functions of thecontrol panel 11 include power controls, setting gratuity paymentamount, word or image display, and sound making. Any combination of thefunctions and settings of the device may also be predetermined by theEGD provider.

Power settings may include on, off and powersave modes that areindicated by visual markers on the body of the device. The device mayalso include an adjustable sound component 12 that may be activated eachtime payment information is successfully read from a credit card. Usersmay also set the EGD to display one or more of the following:instructions for use, a pre-set gratuity amount, a graphical or textualmessage soliciting gratuities, and/or the amount of gratuities depositedduring a given period. For example, the EGD may be configured such thatevery time a customer dips his or her card, the EGD emits the sound ofcoins clinking against glass, while a rising thermometer graphicindicates that the EGD contractor and/or employees are approaching theirgratuity goal for the day.

The EGD comprises a memory 13, which may be used for reading and savingtransaction information from a series of gratuity transactions, as wellas saving time and employee shift information. According to oneembodiment, EGDs may be identified by a location- and device-specificcode. Each one further comprises a transmission mechanism 14, such as awired or wireless internet connection, for sending encrypted payment,time, employee shift and location information to servers maintained bythe EGD provider. After transmission, any type of saved information maybe deleted from the memory. The process by which gratuities arecollected from consumers' credit or debit card accounts and disbursed toemployees or other receiving parties will be discussed in detail insections that follow.

EGD Website Registration

According to an embodiment, an EGD contractor may form an agreement withthe EGD provider. The agreement may include terms such as the feestructure for EGD usage, EGD unit rental, and mode of funds disbursal,including employee remuneration. FIG. 2 is a flow chart illustrating aprocess for EGD contractor and employee registration according to oneembodiment. Upon forming the agreement or receiving the EGD, the EGDcontractor or its agent can register the device on a dedicated EGDwebsite, thereby creating an administrative contractor account andtethering it to a collection location 200.

Using the user interface of the website, the account administrator mayenter information about the EGD contractor's identity 201—i.e., whetherit is a retail store with employees or a charitable organizationsoliciting donations—that will be used to produce payment schedules thatdictate how collected gratuities should be periodically disbursed. Forexample, an administrator may enter a “minimum shift length” value, suchthat if an employee neglects to check out at the end of a shift, anominal value will be assigned for the length of the uncompleted shiftto aid in determining how that employee's share of gratuities iscalculated.

According to an embodiment, administrators can invite employees at theirlocations to register as EGD affiliates 202. Affiliates may be able toregister for their own affiliate accounts on the EGD registrationwebsite 203. Registration may involve providing personal informationsuch as name, address, cellular phone number, banking information,and/or other identifying information, so that the EGD provider can sendthe employee account balance updates and other information. Thecontractor and affiliate account information is stored on servers, orother means for information storage, that constitute an aspect of theinventive system.

According to an aspect of the present invention, registration may alsoinvolve registering an identification element 204, to be used as a shiftidentification means. The shift identification means may use anytechnology available as a payment acceptance means, and, in a preferredembodiment, the shift identification means and the payment acceptancemeans may be comprised by a single component of the EGD.

According to one embodiment of the invention, the identification elementmay be a debit or credit card owned by the Employee, or a card issued bythe EGD provider. Employees can “check in” and “check out” by insertingthe card into the EGD or EGDs they are affiliated with 205, which causesthe device to transmit card information, device location information andtime information to the server 206. In this way, employees can beallotted an appropriate portion of the tips collected at affiliatedunits. Where the registered card is a reloadable card issued by the EGDprovider, the card may also be loaded with the employee's share of tipsfrom a previous payment cycle. Alternatively, the card may providelog-in information for a Paypal®-type account that is automaticallyupdated with the employee's calculated shares each payment cycle.

Collection of Gratuity Deposits

When the registered EGD has been installed at the location, and the EGDcontractor and employees working at the location have been properlyregistered as explained above, the EGD may be used for the collection ofelectronic gratuities.

According to an embodiment, with the EGD in the “on” powermode, and setto the display, sound and gratuity value preferences of the contractoror presets of the EGD provider, an affiliated employee will cause theEGD to recognize a registered identification element. In a preferredembodiment, the employee may accomplish this step by inserting his orher registered card into the EGD to create a record of shift start-timeand employee identity 205. During the shift period, customers or othergivers who wish to give an electronic gratuity may do so. The mechanismby which customers' and/or givers' credit accounts are charged will beexplained in detail below. The conclusion of a shift may be indicated bythe first employee reinserting their affiliate card, or by a secondemployee inserting a second affiliate card to begin a second shift.Where the shift length as indicated by the recognition of a secondemployee's identification element is greater than a predeterminedmaximum value, a nominal shift length value will be assigned to thefirst employee's shift. In an alternative embodiment, one or moreemployees may check in without automatically checking out a firstemployee, such that multiple employees' shifts may overlap.

Shift and employee information, as well as gratuity transactioninformation may be sent either in real time or periodically to thesystem servers 206. The shift and employee information is used togenerate work records that may dictate how shares of collected gratuitydeposits are disbursed 207. EGD contractors and employees may have theoption of reviewing and modifying the generated records, or ofsubmitting determined gratuity disbursal plans on a periodic basis,rather than requiring employees to check in and out at the EGD device.According to the terms of the EGD contractor's agreement, there may be apre-determined payment cycle period (e.g., two weeks), such that afterevery payment cycle, a finalized work record (either reviewed orunedited) is created or recorded for purposes of disbursement andrecord-keeping 208. After the electronic work record, or disbursaldocument, is created, the EGD provider initiates disbursement ofgratuity shares according the shift information recorded in thedocument, or according to another appropriate metric embodied in the EGDcontractor agreement 209.

FIG. 3 illustrates a method of processing gratuity transactions. Eachtime a customer or other giver initiates a gratuity transaction 300, forexample by dipping a credit card into the EGD, the EGD reads thecustomer's payment information 301, and submits credit card paymentinformation for a predetermined amount to the EGD server 302. Thedevice's memory is capable of storing transaction information, but in apreferred embodiment of the invention, the EGD does not store anytransmitted transaction information. Accordingly, the informationstorage means, such as the server or servers, receive credit cardpayment information from any linked and active devices as transactionsoccur. Relevant information is organized, and may be made available onthe website.

In one embodiment of the invention, a server sends the paymentinformation to the acquiring bank processor 303. The server may sendpayment information instantaneously, or it may store payment informationfor a period and send batched payment information collections. Theperiod for batching may be predetermined. Alternatively, the server maysend payment information for a unique customer only after the customerinitiates a certain minimum number of EGD transactions.

The acquiring bank processor submits the payment information through acredit card gateway to the card-issuing bank of the customer 304, thuscreating an authorized payment. The acquiring bank mediates receipt ofauthorized payments from the consumers' card accounts. Once processed,the payments less acquisition fees may be sent to the EGD provider'smerchant bank account 305. The EGD provider may assess fees on thegratuity payments collected in the merchant bank account according to astandard practice or to the EGD contractor agreement 306. These EGDprocessing fees may be removed to a separate account owned by theprovider. The remaining funds are available for disbursement to EGDcontractors, or directly to affiliated employees. In yet anotherembodiment of the invention, funds may be disbursed directly from theacquiring bank to the disbursement account or accounts of the EGDcontractor or employees, such that only EGD processing fees aredeposited into the EGD provider's account. Accordingly, the EGDprovider's merchant account, EGD contractors' accounts and disbursalaccounts may be considered receiving accounts of gratuity funds.

In another embodiment, the customer or other giver may initiate agratuity transaction 300 by dipping a pre-paid debit card or gift cardinto the EGD. In this embodiment, the balance of pre-paid card gratuityfunds may be managed by the EGD provider, EGD contractor or a designatedthird party.

Disbursement of Collected Gratuities

Where an EGD contractor has arranged for the generation of workschedules, either from contractor records, from registration card checkin/check out, or other means as explained above, the EGD provider willaccess the schedules and submit gratuity shares according to employees'work records and/or another agreed upon metric 307. The gratuity sharesmay be deposited in employees' bank by direct deposit or intoPaypal®-type accounts, or onto their registered cards. Whereappropriate, the collected and processed EGD funds may be deposited intoan account controlled by the EGD contractor itself, such as in the caseof a charitable or non-profit organization. All transactions may berecorded and saved in the system server memory 308, and such records areaccessible through the registration website by contractors andaffiliated employees according to their level of authorization.

Thus, there has been shown and described a method and system forcollecting and disbursing electronic gratuities. The method and systemare not limited to any particular hardware or software configuration.The many variations, modifications and alternative applications of theinvention that would be apparent to those skilled in the art, and thatdo not depart from the scope of the invention are deemed to be coveredby the invention.

1-25. (canceled)
 26. An electronic gratuity device, comprising: a body;a payment acceptance mechanism within the body configured to read a cardand generate gratuity-only transaction information when a giver performsa one-step action; a power source configured to transmit power to theelectronic gratuity device; and a transmission mechanism configured totransmit the gratuity-only transaction information to a server.
 27. Theelectronic gratuity device of claim 26, further comprising a shiftidentification mechanism within the body configured to recognize aregistered identification element.
 28. The electronic gratuity device ofclaim 26, wherein the payment acceptance mechanism is configured torecognize a registered identification element.
 29. The electronicgratuity device of claim 26, wherein the card is a credit card, debitcard, or gift card.
 30. The electronic gratuity device of claim 26,wherein the one-step action comprises inserting, swiping, ortouch-and-go waving of the card.
 31. The electronic gratuity device ofclaim 26 configured to display a gratuity amount corresponding to anamount which will be given when the giver performs the one-step action.32. The electronic gratuity device of claim 26, wherein the electronicgratuity device further comprises a plurality of buttons, wherein eachof the plurality of buttons corresponds to a particular monetary unit,wherein a gratuity amount corresponding to an amount which will be givenwhen the giver performs the one-step action is adjustable by touching ordepressing one of the plurality of buttons.
 33. The electronic gratuitydevice of claim 26, further comprising a sound component configured tomake a sound each time the payment acceptance mechanism reads a card.34. The electronic gratuity device of claim 26, wherein the soundcomponent is adjustable.
 35. The electronic gratuity device of claim 26configured to display an amount of gratuities deposited during a givenperiod.
 36. The electronic gratuity device of claim 26, furtheringcomprising a memory configured to save gratuity-only transactioninformation from a series of gratuity-only transactions.
 37. Theelectronic gratuity device of claim 27, further comprising a memoryconfigured to save time and employee shift information based on theshift identification mechanism recognizing a registered identificationelement.
 38. The electronic gratuity device of claim 37, wherein thetransmission mechanism is configured to transmit the time and employeeshift information to the server.
 39. The electronic gratuity device ofclaim 28, wherein the registered identification element is a debit orcredit card owned by an employee.
 40. The electronic gratuity device ofclaim 28, wherein the registered identification element is a card issuedby a provider of the electronic gratuity device.
 41. The electronicgratuity device of claim 26 wherein the gratuity-only transactioninformation generated by the payment acceptance mechanism is for agratuity-only transaction of a pre-set amount.
 42. The electronicgratuity device of claim 41, configured to display the pre-set amount.43. The electronic gratuity device of claim 26, wherein the power sourceis an AC power cord, an inserted battery, or an integral rechargeablebattery.
 44. The electronic gratuity device of claim 27, wherein thetransmission mechanism is configured to transmit to the server time andemployee shift information based on the shift identification mechanismrecognizing a registered identification element.
 45. The electronicgratuity device of claim 28, wherein the transmission mechanism isconfigured to transmit to the server time and employee shift informationbased on the payment acceptance mechanism recognizing a registeredidentification element.
 46. The electronic gratuity device of claim 26configured to display a visual confirmation each time the paymentacceptance mechanism reads a card.
 47. The electronic gratuity device ofclaim 33 configured to display a visual confirmation each time thepayment acceptance mechanism reads a card.
 48. An electronic gratuitydevice, comprising: a body; a payment acceptance mechanism within thebody configured to accept a gratuity-only payment made using a paymentplatform selected from the group consisting of a mobile phones, a nearfield communication device, a quick response matrix code, a barcode, andradio frequency identification, and generate gratuity-only transactioninformation when a giver performs a one-step action; a power sourceconfigured to transmit power to the electronic gratuity device; and atransmission mechanism configured to transmit the gratuity-onlytransaction information to a server.
 49. The electronic gratuity deviceof claim 48, wherein the one-step action comprises presenting thepayment platform to the payment acceptance mechanism
 50. The electronicgratuity device of claim 48, further comprising a shift identificationmechanism within the body configured to recognize a registeredidentification element.
 51. The electronic gratuity device of claim 48,wherein the payment acceptance mechanism is configured to recognize aregistered identification element.
 52. The electronic gratuity device ofclaim 48 configured to display a gratuity amount corresponding to anamount which will be given when the giver performs the one-step action.53. The electronic gratuity device of claim 48, wherein the electronicgratuity device further comprises a plurality of buttons, wherein eachof the plurality of buttons corresponds to a particular monetary unit,wherein a gratuity amount corresponding to an amount which will be givenwhen the giver performs the one-step action is adjustable by touching ordepressing one of the plurality of buttons.
 54. The electronic gratuitydevice of claim 48, furthering comprising a memory configured to savegratuity-only transaction information from a series of gratuity-onlytransactions.
 55. The electronic gratuity device of claim 48 wherein thegratuity-only transaction information generated by the paymentacceptance mechanism is for a gratuity-only transaction of a pre-setamount.
 56. The electronic gratuity device of claim 55, configured todisplay the pre-set amount.
 57. The electronic gratuity device of claim50, wherein the transmission mechanism is configured to transmit to theserver time and employee shift information based on the shiftidentification mechanism recognizing a registered identificationelement.